Hailo Raspberry Pi 5 User Guide
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Hailo Raspberry Pi 5 User Guide
Author: David S LaRosa
language: en
Publisher: Independently Published
Release Date: 2024-06-07
Discover the true potential of your Raspberry Pi 5 with "Hailo Raspberry Pi 5 User Guide." This comprehensive manual is your ultimate resource for mastering AI and machine learning using the powerful Hailo-8L module. Whether you're a hobbyist, student, or professional developer, this book provides everything you need to transform your projects with cutting-edge AI capabilities. What's Inside: Getting Started: Step-by-step setup and installation of Raspberry Pi 5 and the Hailo-8L module. AI Basics: Clear explanations of AI concepts, neural networks, and machine learning frameworks. Advanced Techniques: Optimizing AI performance and integrating with other devices. Real-World Applications: Inspiring case studies and success stories from the AI community. Maintenance Tips: Keeping your setup running smoothly with regular maintenance and software updates. Why Choose This Book? "Hailo Raspberry Pi 5 User Guide" makes AI accessible and exciting. With practical examples and expert insights, this guide empowers you to innovate and create like never before. Don't wait to unlock the power of AI. Get your copy of "Hailo Raspberry Pi 5 User Guide" today and start your journey into the future of AI with Raspberry Pi 5!
The official Raspberry Pi Camera Module guide
Take pictures and shoot video with your Raspberry Pi Connecting the official High Quality Camera, Camera Module, or Global Shutter Camera turns your favourite credit-card-sized computer into a powerful digital camera. Learn how to set up and control the camera to capture stills and video footage. Discover the numerous modes and effects available, and use the camera in a variety of exciting projects across the chapters in this book: Precise camera control over a variety of camera options and effects Time-lapse photography: capture photographs at regular intervals, and turn these images into a video Selfies and stop-motion video Build a wildlife camera and observe creatures without disturbing them Make a smart door to to see who's at the door or know when the post has arrived Explore the underwater world with your camera Live-stream video and stills to a remote computer Protect your home with a security camera You'll learn how to take pictures the Raspberry Pi way, taking photos and videos from the command line and writing Python programs to automate the process. You'll even find out how to add real-time effects to images, such as an embossing effect. There are so many things you can do with a Raspberry Pi camera!
Make: Volume 93
Humanoid robots aren’t just for mega-corps and secretive startups. In this issue of Make:, we show you how to use AI programs and open source plans to experiment and build your own humanoid helpers right now! In our cover story, build VoxHead, a fully animated, embodied AI, humanoid head from scratch. Then, we catch up with Gael Langevin about the continuing evolution of open source humanoid InMoov: new facial expressions, integrated AI, and even synthetic skin! Plus, humanoid robots need a trusty canine companion — build a cute, athletic, quadruped pupper with an AI chatbot brain and powerful QDD actuators. But how do we make all these futuristic robots move? Dive into our primer on field-oriented control for brushless motors, the tech that lets bots run and jump like never before. Then, we revisit our ultimate maker tools for your workshop. The kicker: a pie-in-the-sky workshop from 20 years ago is now affordable for makers! But our visit to Lawrence Berkeley National Labs also shows there’s always a crazier workshop out there. Plus 17 projects, including: Construct a tiny houseboat for day trips and camping that packs down to fit in an SUV Use inverse kinematics to give a robot arm sketchbot pinpoint accuracy Fly a lively, no-sew kite using Tyvek fabric and 3D-printed connectors Block-print computational moiré patterns with Open Press Project and p5.js. Build a laser communicator using logic chips to send secret codes securely Make flexible pushbuttons and switches for wearable electronics Assemble a 100W fast-charging battery bank using lithium cells salvaged from disposable vapes And much more!